Construction Supervision Skills Training Course

Participants can verify work requirements using current approved drawings, specifications and technical records.

• Reading IFC drawings, specifications, schedules and approved method statements
• Document control using revision registers, transmittals and distribution matrices
• Cross-checking architectural, structural and MEP interfaces before release
• Request for information workflow, response dates and impact tracking
• Submittal registers for materials, shop drawings and technical approvals
• Field verification against latest approved documents and marked-up changes

Participants can create short-term work plans linked to programme logic, resources and constraints.

• WBS decomposition into measurable work packages and inspection points
• CPM logic links, durations, constraints and critical-path interpretation
• Two-week look-ahead plans tied to labour, materials and access
• Constraint log ownership, due dates and removal escalation
• Daily coordination boards showing planned, completed and blocked activities
• Progress measurement rules using quantities, milestones and installed work

Participants can prepare work fronts with the access, materials, plant and controls needed for safe production.

• Site logistics plans covering laydown, lifting routes, welfare and traffic
• Temporary works coordination, permits and competent-person checks
• Plant allocation matched to production rates, exclusion zones and maintenance
• Material receiving inspections, storage controls and traceability records
• Access sequencing for crews, deliveries, inspections and emergency response
• Interface meetings resolving clashes between trades and work fronts

Participants can apply daily supervisory controls for hazardous construction activities and work permits.

• ISO 45001 duties translated into daily supervisory control actions
• Task risk assessments identifying hazards, controls and residual risk
• Permit-to-work controls for hot work, confined spaces and energisation
• Pre-task briefings using point-of-work hazard assessment techniques
• Stop-work intervention, incident preservation and immediate escalation procedures
• Safety observation cards distinguishing unsafe acts, conditions and controls

Participants can use inspection planning and defect controls to verify work against acceptance requirements.

• Inspection and test plans linking hold points and acceptance criteria
• Method statement review against specifications, drawings and manufacturer instructions
• First-work inspection process establishing acceptable workmanship benchmarks
• Nonconformance reports documenting defect, disposition, correction and verification
• Material certificates, batch records and traceability evidence requirements
• Punch-list management with ownership, closure dates and reinspection status

Participants can measure workforce and plant performance against planned outputs and production rates.

• Quantity take-offs from drawings, schedules and site measurement rules
• Daily labour reports capturing hours, outputs, delays and idle time
• Production-rate analysis comparing planned outputs with actual installed quantities
• Resource histograms identifying crew imbalances and upcoming labour peaks
• Plant utilisation records separating productive, standby and breakdown hours
• Weekly productivity dashboard using earned quantities and trend commentary

Participants can identify field decisions and records that affect committed cost, productivity and forecast cost.

• Cost codes aligned to work breakdown structure and reporting accounts
• Commitment tracking for purchase orders, subcontracts and approved changes
• Earned value measures: planned value, earned value and actual cost
• Forecast-to-complete calculations using production rates and remaining quantities
• Cost variance narratives separating scope, productivity, price and timing causes
• Supervisor actions to prevent unrecorded work and uncontrolled expenditure

Participants can recognise change and delay events and maintain records for timely escalation.

• Contract document hierarchy and supervisor authority under delegated instructions
• FIDIC-style notice triggers for delay, change, access and unforeseen conditions
• Contemporaneous records supporting entitlement, causation and time impact
• Site instructions distinguished from variations, clarifications and corrective directions
• Change register recording scope, valuation status, notices and approvals
• Escalation routes for disputed work, defective instructions and withheld access

Participants can issue clear instructions and coordinate multiple parties through structured communication routines.

• Daily coordination meetings structured around safety, work fronts and constraints
• RACI matrix for approvals, inspections, information requests and handovers
• Shift handover logs recording status, hazards, permits and outstanding actions
• Clear field instructions using location, task, standard, deadline and evidence
• Meeting minutes with decisions, owners, due dates and closure checks
• Conflict de-escalation using facts, contractual references and agreed next steps

Participants can inspect common structural and concrete activities against approved technical requirements.

• Survey control checks for benchmarks, gridlines, levels and set-out
• Earthworks inspection of formation, compaction tests and moisture conditioning
• Concrete placement controls for formwork, reinforcement, cover, slump and curing
• Rebar inspection against bar schedules, lap lengths and approved details
• Pour cards, cube tests and curing records for concrete traceability
• Structural defects assessed through NCR process and engineer referral

Participants can control quality and interface risks in envelope, roofing and finishing works.

• Masonry tolerances, line, level, plumb and joint workmanship checks
• Waterproofing inspections covering substrate preparation, laps, terminations and protection
• Roofing hold points for falls, penetrations, drainage and membrane integrity
• Facade interface checks between structure, glazing, sealants and flashings
• Mock-up approval criteria carried into repetitive installation inspections
• Weather protection planning for exposed work and moisture-sensitive materials

Participants can coordinate building services interfaces and verify installation readiness for testing and commissioning.

• MEP coordination drawings checked against structural openings and ceiling zones
• Builder's-work interfaces for sleeves, embeds, trenches and equipment bases
• Installation inspections for supports, clearances, identification and access
• Pressure testing, flushing and commissioning prerequisites tracked by system
• Electrical energisation controls, isolation records and authorised-person boundaries
• Systems handover evidence: test sheets, O&M data and training records

Participants can assess schedule status, document disruptions and support practical recovery actions.

• Baseline programme review using logic, calendars, constraints and milestones
• Daily records capturing weather, labour, plant, deliveries and disruptions
• Delay classification: employer, contractor, neutral, concurrent and excusable events
• Time-impact analysis inputs: affected activities, logic changes and fragnet assumptions
• Recovery plans using resequencing, additional resources and extended working hours
• Weekly progress reports combining narrative, photos, quantities and schedule status

Participants can supervise environmental controls and maintain evidence of site compliance actions.

• Environmental aspect registers covering dust, noise, waste, water and spills
• Site waste segregation, transfer notes and disposal record controls
• Sediment control inspections after rainfall and before discharge events
• Community complaint logs, response commitments and closure evidence
• Archaeological or ecological finds managed through stop-work notification procedures
• Environmental incident reports recording containment, sampling, causes and corrective actions

Participants can identify, assess, control and escalate project risks affecting construction work packages.

• Risk register entries with cause, event, consequence, owner and response
• Bow-tie analysis linking preventive barriers, recovery controls and escalation
• Interface risks assessed across simultaneous operations and restricted access
• Early-warning indicators derived from safety, quality, schedule and cost data
• Weekly risk reviews updating scores, actions, assumptions and residual exposure
• Contingency actions prepared for weather, supply disruption and utility strikes

Participants can produce controlled digital records that support site decisions and audit trails.

• Mobile inspection forms configured with location, criteria, photos and signatures
• Photo records indexed by date, work package, location and issue
• Drawing markup conventions preserving revision status and audit trail
• Dashboard data validation before publication to client and project leadership
• Common data environment permissions controlling approved-document access and distribution
• Daily report templates integrating quantities, manpower, weather and key events

Participants can plan completion activities, close defects and assemble evidence for project handover.

• Systematic completion planning from work-package turnover to final acceptance
• Commissioning matrix assigning prerequisites, tests, witnesses and documentation
• Snagging strategy separating incomplete work, defects and client observations
• As-built verification against installed conditions, approved changes and survey data
• O&M manual registers tracking submissions, review comments and acceptance
• Defects-liability planning for response times, warranties and closeout records

Participants can direct site teams through clear delegation, coaching, correction and ethical escalation.

• Situational leadership matched to competence, commitment and task risk
• Delegation briefings defining expected standard, authority, deadline and feedback
• Coaching conversations using observation, evidence, agreed action and follow-up
• Fair performance correction documented through facts, expectations and consequences
• Multicultural crew communication using plain language, demonstration and confirmation
• Ethical escalation of bribery, falsified records and unsafe production pressure

Participants can build, review and present a complete site supervision control dossier for a construction work package.

• Project brief analysis defining scope, stakeholders, constraints and supervisor authority
• Integrated two-week plan combining sequence, resources, inspections and permits
• Site control dossier including safety, quality, progress, cost and risk registers
• Change scenario assessment using notices, records, time impact and escalation
• Daily report and coordination agenda prepared from simulated field information
• Peer review against contractual requirements, acceptance criteria and reporting standards
• Formal presentation defending priorities, evidence, actions and recovery recommendations